HI!COOL Gama climatización evaporativa portátil

How to deal with heat in your factory

Maintaining a comfortable temperature in the work environment is crucial for the health and productivity of workers. Factories and industrial plants, in particular, can be extremely hot during the summer months or in hot climates. An effective and economical solution to combating heat are mobile portable evaporatives. This article will explore how these devices work, their benefits, and how to efficiently implement them in a factory to ensure a comfortable and safe work environment.

What are Mobile Portable Evaporative Coolers?

Beginning of operation

Evaporative chillers, also known as Swamp Coolers, work through the principle of evaporation cooling. As hot air passes through wet pads in the cooler, the water in the pads evaporates, absorbing the heat from the air and reducing its temperature. Fresh, wet air is then ventilated into the space, providing a natural and efficient cooling effect.

Main components
  1. Water tank: Stores the water used to wet the evaporative pads.
  2. Water Pump: Circulate the water from the tank to the pads.
  3. Fan: Blow the hot air through the wet pads and distribute the cooled air in the space.
  4. Evaporative pads: Porous materials that absorb water and allow evaporation.



Benefits of mobile portable evaporative coolers

energy efficiency

Evaporative chillers are significantly more energy efficient than traditional air conditioners, using less electricity. They only require power for the fan and the water pump, which can result in significant savings in energy costs, especially in large industrial spaces.

effective cost

In addition to being cheaper to operate, evaporative coolers are generally less expensive to buy and install. They do not require a complex duct system, which reduces installation and maintenance costs.

better air quality

Unlike air conditioners that recirculate the air, evaporative coolers introduce fresh air into the environment, which can improve indoor air quality. Fresh, filtered air can help reduce contaminant build-up and improve worker comfort.

mobility and flexibility

Mobile portable evaporative chillers can easily be moved from one place to another as needed. This flexibility is especially useful in factories and industrial plants where heat sources can vary and the workspace can change.

Factory implementation

needs assessment

Before implementing evaporative chillers in a factory, it is important to conduct a needs assessment to determine how many devices are required and where they should be placed.

  1. Identification of hot areas: Identify the areas within the factory that experience the highest temperatures. These areas may include sections near heavy machinery, furnaces, or large windows that let in direct sunlight.
  2. size and capacity: Determine the size of the area that needs to be cooled to select chillers with adequate capacity. Evaporative coolers come in different sizes and capacities, so choosing the right ones for each space is crucial.
  3. climatic conditions: Consider local weather conditions. Evaporative coolers work best in dry climates, as evaporation is more effective in these environments. However, they can also be useful in humid climates with an adequate reduction in air temperature.
Installation and placement
  1. Strategic location: Place evaporative coolers in strategic locations to maximize their effectiveness. This can include areas where workers are concentrated, near intense sources of heat and in fresh air intakes.
  2. adequate ventilation: Make sure there is enough ventilation so that the moist air can be replaced by fresh air. Opening doors and windows can help maintain adequate air circulation.
  3. access to water: Provide easy access to water to fill the tanks of the coolers. In some cases, it may be convenient to connect the coolers to a continuous water source.
maintenance and operation
  1. regular maintenance: Perform regular maintenance to ensure that evaporative coolers work efficiently. This includes cleaning the evaporative pads, checking the water pump, and making sure the water tank is clean.
  2. Staff training: Train staff on how to operate and maintain coolers. This may include instructions on how to fill the water tank, adjust the fan speed controls, and perform maintenance inspections.
  3. Efficiency monitoring: Monitor the efficiency of the chillers regularly. Measure temperatures before and after implementation to assess their impact and make adjustments as needed.

Conclusion

Mobile portable evaporative chillers are an effective and economical solution to combating heat in factories and industrial plants. By providing efficient cooling, improving air quality, and offering flexibility in placement, these devices can transform the work environment, making it safer and more comfortable for workers. Implementing and maintaining these chillers correctly can result in increased productivity and job satisfaction.

If you are considering options to cool your factory, mobile portable evaporative coolers can be a great solution. Contact us to learn more about how these devices can benefit your business and create a more comfortable work environment.

Much more
than cold air...

air + water + Technology

Efficient | SUSTAINABLE | Economic

FAQs

No. It is a sustainable system with very low energy consumption and spends up to 80% less than an A/C. For example, for an area of 200 m2 the approximate consumption is 960 W at maximum speed. 

between 7 ºC and 20 ºC less than that of outside air. It will depend on the daily weather conditions, mainly on the outside air temperature and its humidity. The hotter and drier the day, the more the evaporative air conditioners will cool down.

Yes, because an overpressure is generated that causes the cold air introduced to leave through the doors and open windows,  Renewing the air, eliminating odors and preventing dust from entering the outside. 

No, since its maintenance is minimal, due to the automation, they incorporate the equipment, such as an electrolytic detector of water quality, automatic and programmable drainage or automatic duct closure.

The installations are very fast, they would have the operating equipment in a short time and with their capabilities at 100%.

Because it allows you to save time and money, in addition to helping you cover a primary need such as air conditioning for general well-being in your company. Respecting the environment

Caudal:

20.000 m3/h

Cobertura:

+250 m2

Potencia (frío):

132 kW

Caudal:

40.000 m3/h

Cobertura:

+500 m2

Potencia (frío):

247 kW

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